
The C++ tutorials are the first step in learning C++ programming. If you are familiar with the C language, then the C++ tutorials can help you learn the C language with a detailed overview of the basic and advanced concepts of C plus plus.
If you are a college or working professional save these detailed C++ tutorials to learn about CPP programming. This tutorial will make you familiar with in-depth topics about the C plus plus language.
C++ tutorial includes the basic statements, syntax, objects and classes, inheritance, polymorphism, encapsulation, etc. C++ have features of both high level and low level programming languages. Both language C++ language and C programming have similar syntax. Let us know some important fundamentals of C plus plus.
There are many reasons to master programming or coding. However, it is important to know some facts about C++ programming language before choosing it as your coding language.
| #include <iostream> int main() { cout<< “Hello World!” <<endl; return 0; } |
Also, Check How to Write Hello World Programming using C++ language?
| // This is a single-line comment |
| /* This is a multi-line comment */ |
| Type | Description |
| int | Integer numbers (e.g., -1, 0, 1). |
| float | Floating-point numbers (e.g., 3.14, -0.5). |
| double | Double-precision floating-point numbers. |
| char | Single character (e.g., 'a', '1'). |
| bool | Boolean values (true or false). |
| void | Represents "no type" for functions that do not return a value. |
| wchar_t | Wide character type for Unicode characters. |
| Type | Description |
| Arrays | Collection of elements of the same type (e.g., int arr[10]). |
| Pointers | Holds memory addresses of variables (e.g., int *ptr). |
| References | Alias for another variable (e.g., int &ref). |
| Functions | Blocks of reusable code that perform specific tasks. |
| Type | Description |
| Arrays | Collection of elements of the same type (e.g., int arr[10]). |
| Pointers | Holds memory addresses of variables (e.g., int *ptr). |
| References | Alias for another variable (e.g., int &ref). |
| Functions | Blocks of reusable code that perform specific tasks. |
There are many applications of using C++ programming language for development and programming.
The C++ consists of many header references with many uses to get enhanced output and performances.
| Header | Uses |
| <fstream> | File input and output operations. |
| <iomanip> | Manipulation of I/O formatting (e.g., precision, width). |
| <ios> | Basic I/O stream classes and constants. |
| <iosfwd> | Forward declarations for I/O stream classes. |
| <iostream> | Standard input/output stream operations (e.g., cin, cout). |
| <istream> | Input stream operations. |
| <ostream> | Output stream operations. |
| <sstream> | String stream operations (e.g., reading/writing from/to strings). |
| <streambuf> | Provides stream buffer support for I/O streams. |
| <atomic> | Atomic operations for concurrency control. |
| <complex> | Complex number arithmetic. |
| <exception> | Exception handling classes and utilities. |
| <functional> | Defines function objects and templates for functional programming. |
| <limits> | Provides numeric limits for data types. |
| <locale> | Localization utilities and settings. |
| <memory> | Memory management utilities, smart pointers. |
| <new> | Dynamic memory allocation and management. |
| <numeric> | Numeric algorithms like accumulate, inner product. |
| <regex> | Regular expression processing. |
| <stdexcept> | Standard exceptions for error handling (e.g., runtime_error). |
| <string> | String manipulation and operations. |
| <thread> | Multithreading and thread management. |
| <tuple> | Tuple utilities for grouping multiple values. |
| <typeinfo> | Runtime type identification. |
| <utility> | General-purpose utilities like pair, move. |
| <valarray> | Mathematical operations on arrays. |
| <array> | Fixed-size array data structure. |
| <bitset> | Manipulation of bits using a set-like interface. |
| <deque> | Double-ended queue data structure. |
| <forward_list> | Singly linked list data structure. |
| <list> | Doubly linked list data structure. |
| <map> | Associative container with key-value pairs. |
| <multimap> | Associative container for key-value pairs allowing duplicate keys. |
| <queue> | Queue data structure. |
| <priority_queue> | Priority queue implementation. |
| <set> | Unique sorted set of elements. |
| <stack> | Stack data structure. |
| <unordered_map> | Hash table implementation for key-value pairs. |
| <unordered_set> | Hash table implementation for unique elements. |
| <vector> | Dynamic array implementation. |
| <algorithm> | Algorithms like sort, search, and transform. |
| <iterator> | Iterator utilities for traversing data structures. |